Download Computer System Design: System-on-Chip by Michael J. Flynn, Wayne Luk PDF
By Michael J. Flynn, Wayne Luk
The subsequent new release of desktop approach designers may be much less curious about information of processors and stories, and extra focused on the weather of a process adapted to specific purposes. those designers may have a primary wisdom of processors and different components within the approach, however the good fortune in their layout depends upon the talents in making system-level tradeoffs that optimize the price, functionality and different attributes to satisfy software standards. This e-book presents a brand new therapy of laptop method layout, really for System-on-Chip (SOC), which addresses the problems pointed out above. It starts off with a world creation, from the high-level view to the bottom universal denominator (the chip itself), then strikes directly to the 3 major construction blocks of an SOC (processor, reminiscence, and interconnect). subsequent is an outline of what makes SOC exact (its customization skill and the purposes that force it). the ultimate bankruptcy offers destiny demanding situations for method layout and SOC possibilities.Content:
Chapter 1 advent to the platforms procedure (pages 1–38):
Chapter 2 Chip fundamentals: Time, sector, strength, Reliability, and Configurability (pages 39–73):
Chapter three Processors (pages 74–122):
Chapter four reminiscence layout: System?on?Chip and Board?Based structures (pages 123–164):
Chapter five Interconnect (pages 165–207):
Chapter 6 Customization and Configurability (pages 208–245):
Chapter 7 program reports (pages 246–284):
Chapter eight what is subsequent: demanding situations forward (pages 285–312):
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Additional resources for Computer System Design: System-on-Chip
Circuit fabrication costs increase exponentially with time; hence, it would not be economical to fabricate a circuit unless it can support a large volume. FPGAs themselves are general-purpose devices and are expected to be produced in large volume. 2. The design time for FPGA implementations is low compared to designing a chip for fabrication. There are extensive libraries of designs available for use. This is particularly important for designs for which a short time to market is critical. indd 36 5/4/2011 9:53:49 AM CONCLUSIONS 37 3.
7 describe some representative superscalar and VLIW processors. SIMD Architectures: Array and Vector Processors The SIMD class of processor architecture includes both array and vector processors. The SIMD processor is a natural response to the use of certain regular data structures, such as vectors and matrices. From the view of an assembly-level programmer, programming SIMD architecture appears to be very similar to programming a simple processor except that some operations perform computations on aggregate data.
Very large scale integration (VLSI) complexity theorists have shown that an A × Tn bound exists for processor designs, where n usually falls between 1 and 2 . 1 Makimoto’s wave. 2 Processor design trade-offs. with a P × T3 bound. 2 shows the possible trade-off involving area, time, and power in a processor design . Embedded and high-end processors operate in different design regions of this three-dimensional space. The power and area axes are typically optimized for embedded processors, whereas the time axis is typically for high-end processors.